Chemical & Textiles

Not sure how to measure that unknown substance?

Do you work in industries that manufacture or test unknown chemicals and textiles? If you’re not sure how to measure what it is you don’t know, ask us! We could suggest tools utilizing LIBS, NIR, and more.

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Laser-Induced Breakdown Spectroscopy (LIBS) for High Resolution Chemical Mapping to Learn the Composition of an Unknown Substance

High resolution chemical mapping is one of the advantages of Modern LIBS systems. In this application note, AtomTrace investigates the composition of a sandstone-hosted uranium ore and uses Self-Organized Mapping (SOM) to reveal information prior to conventional analysis. This information can be used for identification of elemental associations, elemental isolations, or for reduction of the original dataset to a feasible number of representatives.

Laser-Induced Breakdown Spectroscopy (LIBS) provide fast, qualitative depth-resolved analysis of surfaces, even in air, filling typically in the micrometric range. In this application note, AtomTrace uses the Sci-Trace lab system to show the depth profile and distribution of elements in Zinc-coated steel.

Use Near-Infrared Spectroscopy (NIR) to analyze the moisture content at production facilities

Use the PX2+ for continuous process monitoring

The PX2+ is a highly sensitive, easy to use, and compact instrument capable of making absorbance or fluorescence measurements. The PX2+ features 3.2” capacitive touch LCD that allows users to calibrate and view data. Process monitoring equipment is a great investment as economic benefits arise from greater process control and less waste.